Standardized heat islands and persistence drive modelled urban heat events

Supporting data for “Standardized heat islands and persistence drive modelled urban heat events”. Included are outputs from the Geophysical Fluid Dynamics Laboratory (GFDL) land model LM4, coupled with a newly developed and evaluated urban canopy model (UCM), and the Community Land Model (CLM) version 5, which is the land component of the Community Earth System Model (CESM) version 2.0.1. For the GFDL model, we conducted the simulations at 2 latitude by 2.5 longitude from 1700 to 2000, with the period of 1700-1948 for spin-up, and focused on the simulations of the latest 40-year period from 1961 to 2000 for our analysis. For the CLM model, we conducted the simulations (uncoupled to the atmospheric model) at 0.9 latitude by 1.25 longitude based on an initial condition provided by the CESM, which is spin-up by the Global Soil Wetness Project Phase 3 atmospheric forcing from 1970 to 2010. For the analysis, we focused on the simulations of the latest 40-year period from 1971 to 2010. Analysis_codes.zip contains the analysis code. It is provided as-is with no guarantee of usability.本数据集为《标准化热岛效应与持续性驱动模拟城市热事件》研究的配套支撑数据。 包含两类模拟输出结果：一类来自地球物理流体动力学实验室（Geophysical Fluid Dynamics Laboratory, GFDL）的陆面模式LM4，该模式耦合了新近开发并经过评估验证的城市冠层模式（urban canopy model, UCM）；另一类为社区陆面模式（Community Land Model, CLM）5.0版本的输出结果，该模式是社区地球系统模型（Community Earth System Model, CESM）2.0.1版本的陆面分量。 针对GFDL模式，模拟采用2°纬度×2.5°经度的空间分辨率，模拟时段为1700年至2000年，其中1700–1948年为模式自旋启动阶段，本研究分析聚焦于1961–2000年这一最新40年的模拟结果。针对CLM模式，模拟采用0.9°纬度×1.25°经度的空间分辨率（未与大气模式耦合），初始条件取自CESM的输出结果，模式自旋启动阶段采用全球土壤湿度项目第3阶段（Global Soil Wetness Project Phase 3）的大气强迫数据，时段为1970–2010年，本研究分析聚焦于1971–2010年这一最新40年的模拟结果。 Analysis_codes.zip 压缩包包含分析代码，该代码按"现状"提供，不保证可用性。